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Technical data sheet composition Materials:
Factors affecting gasket application areas
SUPERLITE
Asbestos, Chrysotile fibers, Mineral fibers, Natural rubber and NBR. General properties and applications: For sealing steam, water, air, salt solutions, alkalis and ammonia under low service conditions.
The suitability of the gasket material for the application depends on a large number of factors as shown in the digram above. Max. temperature and pressure values ​​can
This area indicates that the gasket material is usually suitable for chemical compatibility.

Standard sheet dimensions:
1500 x 4000 mm, 1500 x 2000 mm, 1300 x 3900 mm, 1270 x 1270 mm, 2100 x 3000 mm, 1500 x 3000 mm.
Specifications: IS 2712:1998 Grade: W/3 Compliance: ASTM: F104 F 112000 M4 Finish: Grey/Painted (Other colours as per customer requirement). Technical Data The following information applies to material thickness 1.5 mm. Test Method Specific Value Unit Max. Operating Temperature 440°C Max. Operating pressure 80 kg/cm D Density ASTM F 1315 1.7 -2.20 g/cm ress Compression ASTM F 36 A 6 – 14% Recovery ASTM F 36 A ≥ 40.0% Tensile strength ASTM F 152 ≥ 7.5 N/mm² Loss on ignition ASTM F 495 ≤ 28% Elasticity No cracks –
Standard sheet sizes: 1500 x 1500 mm, 1500 x 2250 mm, 1500 x 4500 mm, 1500 x 1000 mm, 1000X1000 mm
ASTM F 147 B All information and recommendations contained in this booklet are correct to the best of our knowledge. However, in view of the wide variation of possible installation and operating conditions, one cannot draw a final conclusion in all application cases regarding the behavior in the gasket joint. Therefore, the information can only serve as a guide.
Above digram. Max. Temperature and pressure values ​​cannot determine suitability for the application. It is always advisable to consider these factors when selecting a material for a particular application. This area indicates that gasket materials may be suitable but technical support is recommended. This area indicates, Do not install the gasket without a technical evaluation.